The type of radiation produced as a result of Compton interaction is named?

The type of radiation produced as a result of Compton interaction is correctly referred to as scatter radiation. When x-rays interact with matter, particularly with electrons in the tissues, Compton scattering occurs. During this interaction, an incident photon collides with a loosely bound outer electron, resulting in a transfer of energy that causes the electron to be ejected from its atomic shell and the photon to be deflected. The deflected photon retains some energy but has a longer wavelength compared to the incident photon, which denotes that it is indeed a scattered form of radiation. This characteristic of scatter radiation is pivotal in radiology, as it contributes to image noise and reduces image contrast.

Other options such as primary radiation refer to the initial x-ray beam before it interacts with matter, while remnant radiation describes the portion of the primary beam that has passed through the patient and contributes to the final image. Diffused radiation is not a standard term used to describe the results of Compton interaction. Understanding these distinctions aids in comprehending the roles these types of radiation play in imaging processes.